Arduino Exploration
Student will learn to create IOT devices using Arduino. They will gain a solid understanding of Arduino fundamentals, including its components, programming language, and development environment.
Arduino Exploration
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Introduction to Coding.
Introduction to Arduino & Hands-on Hardware explanation,
Understanding practically what are Microcontrollers,Microprocessors.
Software & Driver Distribution.
Arduino IDE Introduction & understanding tool.
Start with coding.
Understanding and writing 1st code.
Creating code to Blink LED & performing connection of LED to Arduino.
Creating code to control Buzzer periodically & performing connection of Buzzer to Arduino.
Making code to Control Buzzer with LED.
Understanding the Concept behind RGB LED.
Creating logic & code for controlling RGB LED.
Making code to Control RGB LED With another component.
Understanding the Concept behind DC Motor & Motor Driver.
Controlling motor using Arduino and Motor Driver.
Understanding the Concept of Potentiometer for Arduino.
Understanding the basics of robotics and how Arduino can be used.
Coding and understanding practically the concept of PWM with POT.
Coding to control Intensity of LED with POT & Getting output.
Coding to control Intensity of Buzzer with POT & Getting output.
Coding to control Intensity of Motor with POT & Getting output.
Understanding practically working behind IR Sensor.
Learn Coding to read values of Infra-Red Sensor.
Calibrating IR Sensor with Arduino.
Controlling the direction of MOTOR using IR Sensor.
Coding to control RGB LED With Motor.
Learn coding techniques to interpret data from the Ultrasonic Sensor.
Calibrate and integrate the Ultrasonic Sensor with Arduino for accurate measurements.
Use coding skills to control the direction of a motor based on Ultrasonic Sensor readings.
Develop coding proficiency to retrieve and interpret temperature values from the LM35 sensor.
Calibrate the LM35 Temperature Sensor with Arduino for precise temperature monitoring.
Implement coding strategies to control RGB LED based on temperature readings from the LM35 sensor.
Understanding IoT and how Arduino can be used in IoT projects.
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Original Price
₹20,999 /Course
- Max 4 Students per batch
- 1 to 1 Interaction
- Online & Offline mode
- only Video Training
- limited sessions
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Current Price
₹16,999 /Course
- Industry level content
- 100% Practical Training
- Experienced Trainers
- Certification for Course
- Corporate Level Examples
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₹0/Course
- Free Reattempting of Course
- Long Term Support after Completion
- Free Doubt Solving Sessions / Chats
- Discount for Next Courses
- Real-Time Tasks
- Suggestions & Carrer Counselling
Introduction to Coding.
Introduction to Arduino & Hands-on Hardware explanation,
Understanding practically what are Microcontrollers,Microprocessors.
Software & Driver Distribution.
Arduino IDE Introduction & understanding tool.
Start with coding.
Understanding and writing 1st code.
Creating code to Blink LED & performing connection of LED to Arduino.
Creating code to control Buzzer periodically & performing connection of Buzzer to Arduino.
Making code to Control Buzzer with LED.
Understanding the Concept behind RGB LED.
Creating logic & code for controlling RGB LED.
Making code to Control RGB LED With another component.
Understanding the Concept behind DC Motor & Motor Driver.
Controlling motor using Arduino and Motor Driver.
Understanding the Concept of Potentiometer for Arduino.
Understanding the basics of robotics and how Arduino can be used.
Coding and understanding practically the concept of PWM with POT.
Coding to control Intensity of LED with POT & Getting output.
Coding to control Intensity of Buzzer with POT & Getting output.
Coding to control Intensity of Motor with POT & Getting output.
Understanding practically working behind IR Sensor.
Learn Coding to read values of Infra-Red Sensor.
Calibrating IR Sensor with Arduino.
Controlling the direction of MOTOR using IR Sensor.
Coding to control RGB LED With Motor.
Learn coding techniques to interpret data from the Ultrasonic Sensor.
Calibrate and integrate the Ultrasonic Sensor with Arduino for accurate measurements.
Use coding skills to control the direction of a motor based on Ultrasonic Sensor readings.
Develop coding proficiency to retrieve and interpret temperature values from the LM35 sensor.
Calibrate the LM35 Temperature Sensor with Arduino for precise temperature monitoring.
Implement coding strategies to control RGB LED based on temperature readings from the LM35 sensor.
Understanding IoT and how Arduino can be used in IoT projects.